The hottest Educational Research Substack posts right now

Intense early specialization often makes teenagers stand out but doesn’t reliably produce the top adult performers.
Many true elites are late bloomers who keep broader interests longer and peak later, benefiting from diverse experience.
Possible reasons for this pattern include finding the right fit over time, enhanced learning from varied activities, and lower risk from avoiding early narrow specialization.

Emily Hanford discusses the importance of effective reading strategies in schools. It's crucial for teachers to understand how children learn to read.
Research shows that traditional methods may not be the best for teaching literacy. New approaches are needed to help all students succeed.
The conversation around learning science highlights the need for continuous improvement in education. We should always look for better ways to teach and support learners.

Generative AI frees learners to explore ideas actively, like Odysseus untying himself from the mast. It lets people test, iterate, and learn by doing instead of just passively consuming information.
Real progress in economic history comes when we stop treating the past as isolated anecdotes and instead treat it as a measurable, modelable system. Measuring, modeling, and running counterfactuals reveals how historical forces worked and why outcomes happened.
Combining generative AI with system-focused methods promises new ways to analyze and experiment with historical and economic questions. That mix could let researchers and learners poke at counterfactuals and build richer, testable theories.

Learning math in kindergarten is really important for a child's development. It helps set a strong foundation for their future learning.
Many classrooms may not focus enough on math at this age. More attention to early math skills can benefit children's overall education.
Teaching flexibility with numbers, like how different combinations can make up a number, is essential. This approach encourages problem-solving and critical thinking from a young age.

Look for clear agreements in education research; it helps to focus on studies where experts reach similar conclusions. This shows what really works, like how reading on paper can be better than on screens.
Understand that studying is not just about memorizing; students need to connect what they learn over time. A good learning strategy connects years of knowledge to build a strong base.
Be open to new findings in education. Science keeps changing and evolving, so what we know now might change later, but reading and learning remain essential no matter the format.

Get a weekly roundup of the best Substack posts, by hacker news affinity:

Preregistration in research is not a guaranteed way to ensure the accuracy of results. Even when studies are preregistered, they can still produce results that don't hold up upon replication.
Simply preregistering a study isn’t enough. There needs to be strict detail and oversight in how research is conducted to prevent 'p-hacking' or manipulating data for desired results.
Focusing on predictive research rather than just explanatory studies can help ensure that research is more relevant and impactful. When studies predict future outcomes, they are more likely to contribute meaningfully to our understanding.

Novice teachers often don't know the best study strategies and can recommend less effective ones when asked spontaneously.
They tend to recognize effective study methods when given a list, indicating they have some knowledge but struggle to apply it in real situations.
Teaching new teachers about effective study strategies could help them give better advice to students, leading to improved learning outcomes.